Moonstar is a type of Imagine animal which is not live in earth.elements in the table. This is explained below:
Transition metal
The position is equal to tti. At the same time the ligand Md orbital occurs. It is slightly non-orbital].
By bringing electrons from infinite distances, the molecules of an element in the gaseous state form one at the outermost layer of each isolated atom. The amount of energy released when one mole turns into a negative ion by connecting the mole electrons is called the electron asset of that element.
The value of electron addiction is mainly nuclear charge, the outer layer of the atom Depending on the electronic structure and the size of the atom. The higher the nuclear charge of an atom and the smaller its size, the greater its electron addiction. For this reason, the value of electron addiction tends to increase as the number of atoms increases from left to right at any stage in the periodic table and the nuclear charge increases and the size of the atom decreases. But in any group, the size of the atom increases from 1 to the bottom Electron addiction tends to decrease. According to him, the halogens in the 17th group of each stage of the periodic table are the most electron addictive elements in their respective stages. In other words, halogens are the most electron-additive element of the periodic table. And among these halogens, according to the general rule, the electron addiction of fluorine should be the highest. But the size of the fluorine atom is unusually small (0.072nm) The electron density is extremely high. So coming from infinite distances! The repulsion of fluorine towards electrons increases. That's why fluorine 1. Electron addiction is less than chlorine. Because of this, the electron addiction phase of chlorine is the highest in the table.
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The number of hours
And electrons
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Ray in the table
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The colors of the yogis
D) The three elements P Q and X mentioned in the stimulus are] Magnesium (Mg), Manganese (Man) and Chlorine (CI) respectively. Magnesium (Mg) and manganese combine separately with chlorine to form the same type of chloride. Although they have the same bond, the color of magnesium did chloride is white or colorless and the color of manganese di chloride j (tetrahydrate) is pink. These two compounds are different in color. The reason is explained below:
4. Manganese is a transition metal. MnCl2 Exercise Question: The compound is colored because the d orbital is incomplete in the manganese ion. In 4H2O compounds the strength of the transition metal half-d orbitals is the same but during the formation of the compound the transition of the electron ion of the transition metal ion with the orbital of another atom causes the d orbital to overlap between the moonstar.